Redstone Arsenal-based SMDC is funding a project with Andrews Space of Seattle, Wa. to produce the next generation of nanosatellites. (Contributed photo/SMDC)

The U.S. Army Space and Missile Defense Command's
nanosatellite program is taking another step forward.

Redstone Arsenal-based SMDC is funding a project with
Andrews Space of Seattle, Wa. to produce the next generation of nanosatellites
- small, less expensive and easily deployed devices designed to orbit at a low
altitude. Andrews will design and deliver a Kestrel Eye Block 2 Earth imaging
spacecraft as part of the Army's Kestrel Eye program.

The work is expected to take two years with incremental
demonstrations along the way. The satellite will cost about $1 million to
produce with an expected orbital life of one year.

"We are deeply honored that the U.S. Army SMDC has
selected Andrews Space for this important program," said Jason Andrews,
President and CEO of Andrews Space. "We look forward to demonstrating that
low-cost, persistent imagery is achievable and repeatable utilizing commercial
technologies, and that this platform can provide a valuable new tier of imaging
capability to traditional reconnaissance missions."

The move to the nanosatellite technology is an effort to
utilize the less-expensive, smaller and more maneuverable technology to provide
overhead reconnaissance and real-time imagery. The Kestrel Eye Block 2 won't
replace larger satellites but allows for another tier of capabilities,
according to Andrews officials.

The technology has a range of
uses on the battlefield. Last month, SMDC used two nanosatellites in an
exercise with unattended ground sensors to provide information that could be
downloaded directly to a soldier on a battlefield.

The Army launched its first nanosatellite, the Space and
Missile Defense Command Operational Nanosatellite Effect , or SMDC-One, in
2010. That launch marked the first U.S. Army-built satellite launch in more
than 50 years.

The original orbit was to test the satellite's capabilities
to relay data from a ground transmitter to a ground station. Eventually, Army
officials said they would like to build several identical low-orbit satellites
to enhance communications and provide real-time imagery.